Author Topic: The Master Of Magnetics "Steven Mark" (Read 1243075 times)

starcruiser · « **Reply #1935 on:** November 02, 2006, 07:37:15 PM »

Kosh,

have you tried adding in another control coil yet to the mix? Was wondering if that would increase the frequency or the kicks power.

BTW, great results, another step towards the solution!

starcruiser · « **Reply #1936 on:** November 02, 2006, 08:35:57 PM »

Dave,

Partial wavelength, we don't require a full wave tranmission line, Besides I think the transmission line will help us along here, I have pulsed in 200khz into my first coil and get back close to 3Mhz in sinewave? This is based on about 18ft of 16ga lamp cord used as the collector with 30ga for the control coil. I have a feeling we can get close with the wire length and use the audio frequencies (sweep them) to find a harmonic to use.

We are just continuosly adding more pulses to create bigger kicks, so if the partial wavelength or harmonic creates a bit more loss, so what, we are still gaining right? Combine this with multiple control or tickler coils and we get bunches of pulses (the more the merrier).

I am intersted in knowing, and will check this out also, what induction we can get between 2 collector coils? Using another as the feedback pickup to the tank circuit to generate the pulses we require to run this. Also is the term collector directed to the collection of the pulses?

and not necessarily the actual usable output?

BTW, What do you think of the similarities to the Tesla generator patent design? I find it verrry interesting.

starcruiser · « **Reply #1937 on:** November 02, 2006, 08:54:44 PM »

Quote from: ctglabs on November 02, 2006, 08:42:20 PM

Hi Carl,

We maybe adding pulses to the previous pulse, but we still had to put each pulse in, and since each one looses energy when reflected, even after 100 reflections and addings, we dont have more than we collectively put IN in total. In other words, we put in 100 pulses, and in the end, each pulse has lost 1%. So, if we put in 1000watts, we will be left with 900watts? Because each reflection looses 1 watt? We may have a great big pulse at the end, but its not more than we collectively used if we add up the energy from each pulse we put in?

There can be visual similarities between the patent. But, from where can the extra come? I dont see it myself, although I was hopeful when Otto talked about the self rotating compass.

Dave.

Well Dave I see your point, but I am not sure either, but we need to try this and see what we get I think. Besides remember your own experiement where the phase matched pulses add to more than their original values. This may play an important role in this.

My thought regarding the Tesla patent is that we are combining a few concepts here, the TDR to generate more field, the 4 control coils to create the rotating field in the collector coil(s)and the armature coil variation which is wrapped around the entire torrid (which I am thinking is the true output coil here) to generate the DC component with an AC minor component due to the induced kicks, the control coil provides these.

If we feed back some of the collector coils pulses to a tank circuit we get self running (sounds a bit like perpetual motion but we use a small 555 osc to start this puppy up and who knows???

kacor · « **Reply #1938 on:** November 02, 2006, 09:13:01 PM »

Hi guys,

This is my first note, but i have read all notes past back. Sorry for my poor english, but it is not my native language. First of all i want to thank to SM & LM for that amazing thing. I think they gave us everything they could do.
In my opinion the group is now little bit out of track. Allow me to quote from SM.

"...If the wires are run in series then you will get 12,000 millivolts etc. If you connect the wires in parallel you will get higher current but lower voltage. However, the power potential is the same...."

What do you think about it? Could we do it simultaneously? Yes, we can! If we cut the wire to small pieces, after that soldering a group parallel and the next group also parallel and the soldered group serial. In that case we will get high voltage and high current also.
Don' forget: it is LITZ WIRE! Every each fibre is insulated. It is hard work I know, but worth to do.

I hope you can use that.

Regards

Kacor

c0mster · « **Reply #1939 on:** November 02, 2006, 09:23:18 PM »

Does anyone know what the legs are that appear on this TPU or perhaps the distance between the plates?

C0mster

c0mster · « **Reply #1940 on:** November 02, 2006, 09:35:19 PM »

Dave

I also notice here when he puts the magnets on it to "start the device" the unit tips from the pressure of him placing on the magnet. I am wondering what the rings are really made from. One would think as he brought the magnet closer, the unit would lift just before the magnet touched. Unless the rings are not magnetic.

C0mster

mrd10 · « **Reply #1941 on:** November 02, 2006, 10:55:47 PM »

Hi Guys,

I'm still very active here, and I've learnt my lesson, I went to cocky and started saying this and saying that, without really understanding anything. And I haven't even started experimenting.

I have compiled much what Lindsay gave us and please try to take in what Steven has to say.

Now I'm starting to look at this in a different direction, It might not be bifilar and the way we think, My lesson out of all this is to start doing simple experiments first and take notes. Example look at the fatter wire that looks bifilar, look closely, It's actually the ring your seeing, its the gaps, all im saying now is, I've been told and I'm going back and thinking long and hard about it.

Again take not from Lindsay, and I take his words seriously:-

If you go thru it and accept that we do not and cannot learn all at once you may realize that many people have been here for 10 months and silly questions like bifilar and drawings that are wrong do not belong in the main thread.

I think we will benefit greatly,

Dominic

giantkiller · « **Reply #1942 on:** November 02, 2006, 11:02:21 PM »

Hi everyone,
In the accompaning video I have 4 magnetic fields generated by 4 coils driven in pairs similar to the transformer configuration in the Tesla 390721 patent.
I am showing the interaction of the fields as they charge and discharge. If you watch the corners you will see the poles matching and mismatching. This represents field compression where the match and submission where they are mismatched. That action has not been incorporated in this version. I will show that on the next video. This magnetic field visual has a follow on effect not shown. That is when the BEMF occurs, the next wave is charging up and that can add to or subtract from the pressure between the adjacent poles. Again, this will be shown in the next rendition. This is also the action that can effect a vortex or charge pump. The pressure waves at each corner vibrate back and forth.
Also supplied is a overhead map of the field action in the different cycles. The last cycle is not shown for brevity.

Have fun with this one.

--giantkiller. There is another step after this one.

giantkiller · « **Reply #1943 on:** November 02, 2006, 11:03:02 PM »

pic 1

giantkiller · « **Reply #1944 on:** November 02, 2006, 11:03:27 PM »

pic 2

giantkiller · « **Reply #1945 on:** November 02, 2006, 11:03:53 PM »

pic 3

mrd10 · « **Reply #1946 on:** November 02, 2006, 11:05:08 PM »

Sorry what i was saying is pay attention to the coorespondence between Lindsay and Steven, my brain is moving faster than my hands

giantkiller · « **Reply #1947 on:** November 02, 2006, 11:07:13 PM »

This is crap. My avi is 1.2mg and it won't post!!!!!!!!!

Sorry about the messages.

--giantkiller.

rensseak · « **Reply #1948 on:** November 02, 2006, 11:13:46 PM »

Quote from: ctglabs on November 02, 2006, 09:36:20 PM

Guys!

If you watch the video where it is labelled UEC and SM gives give the TV demo and takes the 6 inch one outside, etc.

WELL! If you go to 4.20mins, he has an even smaller one, about 4 inches wide. He says I will activate the unit now and he reaches in the middle of the torroid with his finger and flips a switch. Now as soon as he has done this if you listen you can hear the rotating field. Having played with a few rotating fields at audio frequencys, I can tell, because the resultant wave goes up and down in shape like the attachment. It is vibrating the table and you can hear it! It sounds just like the rotating fields I have played with and the glass amplifys the sound for us! Check it out!

You can see how it is like the signal below, because it hums BUT it comes and goes! It is a low frequency hum, which fades in and out. Now I can tell you this cannot be 5Khz! Perhaps some one skilled with video and audio, can extract the sound segment, filter out the humming and run it through something to confirm the frequency for us?

What else can this confirm for us? It confirms the use of two frequencys to generate a 3rd. If we use one frequency with a phase shift, we DO NOT get the humming which FADES in and out, we simply get a continous hum!

Dave.

Yes, you are right but it is only for the first few sec. to hear.

regards

Norbert

giantkiller · « **Reply #1949 on:** November 02, 2006, 11:22:12 PM »

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